Proceed to GeoCommunity Home Page


SpatialNewsGIS Data DepotGeoImaging ChannelGIS and MappingSoftwareGIS JobsGeoBids-RFPsGeoCommunity MarketplaceGIS Event Listings
HomeLoginAccountsAboutContactAdvertiseSearchFAQsForumsCartFree Newsletter

Sponsored by:


TOPICS
Today's News

Submit News

Feature Articles

Product Reviews

Education

News Affiliates

Discussions

Newsletters

Email Lists

Polls

Editor's Corner


SpatialNews Daily Newswire!
Subscribe now!

Latest Industry Headlines
Bluesky's Home Heat Loss Data Goes Online in Calderdale
GTG Selected for Multiple Software Contracts
LBS Wireless Launches a Field Data Collection Application for the iPhone and iPod Touch
Mayrise Mapping System for Street Lighting Contracts in London
ESRI’s Electric and Gas User Group Members Share GIS Best Practices

Latest GeoBids-RFPs
Tree Planting Services - KY
Watershed Modeling and Assessment-MA
LIDAR Surveying Services
AERIAL PHOTOGRAPHY-LA
Data Processing*Written in Polish

Recent Job Opportunities
Senior GIS Applications Programmer
Consultant, ESG
LiDAR and Orthomosaic Technical Specialist
GIS Developer
GIS Analyst/Data Loader
GIS Analyst/Data Loader
Principal Geospatial Systems Administrator

Recent Discussions
Need Ancient British Counties
need benin - africa street level data
Modeling erosion from a site
Month numbers used for solar radiation
Efficient Distance Calculation
SpatialNews Press Release - Wireless News > Business News > Feature Columns >
Historic Shuttle Mission Uses KaZaK Precision Pultrusions
WOBURN, Mass., March 14 - The astronauts aboard the recent $200 MM Shuttle mapping mission relied upon the performance of hundreds of components produced by New England composites manufacturer KaZaK Composites. These lightweight precision parts helped to achieve the mission goal of mapping 80% of the Earth's surface to an unparalleled level of accuracy.

The Shuttle Radar Topography Mission (SRTM) was an international project spearheaded by the National Imagery and Mapping Agency and NASA with participation of the German Aerospace Center DLR. The mission took close to 1 trillion measurements of the Earth's surface, mapping the Earth at the rate of 40,000 square miles every minute. This information will lead to better maps, improved water drainage modeling, more realistic flight simulators, better locations for cell phone towers, and enhanced navigation safety.

NASA's Jet Propulsion Laboratory developed the mapping instrument using interferometric synthetic aperture radar (IFSAR). An important part of the device is a 197-foot long deployable mast developed by AEC-Able Engineering Company. At first, the Able Deployable Articulated Mast (ADAM)TM is folded like an accordion inside a canister. After the Shuttle is launched and the payload bay doors open, the mast emerges from the canister and extends to its full length. The mast is the longest rigid structure ever flown in space.

The mast is made from lightweight graphite/epoxy composite rods produced by KaZaK Composites of Woburn, MA using its pultrusion process. Hundreds of individual yarns of graphite fiber and epoxy resin are continuously pulled through a heated die to automatically produce rigid, dimensionally stable rods that form the critical structural elements of the mast. To meet mission accuracy needs, the composite rod's thermal expansion was controlled to a very high precision.

Founded in 1992, KaZaK Composites applies the benefits of composites to demanding engineering applications. Using pultrusion and other low-cost, automated fabrication processes, the company has designed and supplied cost- effective composite solutions for a broad range of military and commercial applications.

SpatialNews SRTM WebPage
Return to News Page

Sponsored by:

For information
regarding
advertising rates
Click Here!

Copyright© 1995-2009 MindSites Group, LLC / Privacy Policy

GeoCommunity™, Wireless Developer Network™, GIS Data Depot®, and Spatial News™
including all logos and other service marks
are registered trademarks and trade communities of
MindSites Group, LLC